Mechanical engineering is often regarded as the broadest engineering discipline. Whenever there are mechanical equipment and systems, from micro-mechanical machines through to massive power generating turbines, they are all enclosed in the discipline.
The programme offers excellent facilities for teaching and research. It also has state of the art laboratories in applied mechanics, thermodynamics, fluid mechanics, solar energy, heat transfer, combustion, tribology, manufacturing, control, heat engines, material science, foundry and metallurgy. The Department has access to the UNIVAC computer at the University Computer Centre as well as common facilities provided by the Faculty such as Workshop, Computers and SuperCray. The programme provides an abundance of microcomputers for research and teaching.
Information Skills
TITAS I&II
Thinking and Communications Skills
Moral and Ethics in the Engineering Profession
Economics, Finance and Engineering
Project Management
Engineering Law
Management, Entrepreneurial and Engineering
Statics
Fundamentals of Fluid Mechanics
Mechanical Engineering Laboratory I&II and Communication
Introduction to Manufacturing Technology
Mechanics of Materials
Dynamics
Thermodynamics
Computer Programming
Materials Engineering
Design of Mechanical Elements
Fluid Mechanics of Engineering
Mechanics of Applied Materials
Mechanical Engineering Laboratory III, IV, V&VI
Applied Thermodynamics
Applied Engineering Mathematics
Product Design and Development
Calculation and Numerical Method
Instrumentation and Measuring Technology
Power Electrics and Machinery
Mechanic Vibration
Heat Transfer
Control Engineering
Fracture Mechanics
Electronics and Microprocessor
Management, Production and Operation
Research & Publication 
